Browse > Article

An Implementation of the Disaster Management Systems on the Space and Terrestrial System Damages by Solar Maximum  

Oh, Jongwoo (Department of GIS Engineering, Namseoul University)
Publication Information
Journal of the Society of Disaster Information / v.8, no.4, 2012 , pp. 419-431 More about this Journal
Abstract
This paper takes precautions proposals against prospective disasters from the space weather maximum in 2013. A geomagnetic space storm sparked by a solar maximum like the one that flared toward earth is bound to strike again and could wreak havoc across the modern world. The purpose of the study is that the disaster reduction and safety service implementation study on the ultimate space weather systems by the information systems of the space weather. The process methods of the study are that an implementation of preparation for the smart IT and GIS based disaster management systems of the solar maximum deal with analysis on the flare, solar proton event, and geomagnetic storm from space blasters, These approach and methods for the solar maximin display national policy implementation of the pattern of the radio wave disasters from the protection and preparation methods. This research can provide affective methods for the saving lives and property protections that implementation of the disaster prediction and disaster prevention systems adapts the smart IT systems and converged decision making support systems using uGIS methodology.
Keywords
solar maximum; space weather; smart IT systems; GIS methodology communication; disaster management; decision making; support system;
Citations & Related Records
연도 인용수 순위
  • Reference
1 Ahn, B.-H. (2000). Space Environmental Physics. Sigma Press, pp.253.
2 Ahn, B.-H. (2012). The Effects of the Socio-Economics on the Space Weather Disaster. The Space Weather Workshop for the Space Weather Prediction Application of the Meteorological Administration, National Meteorological Space Center, pp.17-36.
3 Bogdan, T.J. (2009). State of the Space Weather Prediction Center 2009. Space Weather Workshop.
4 Chungnam University (2009). Implementation Study for the Space Weather Working Master Plan. National Meteorological Space Center(NMSC), pp.103.
5 Daglis, I.A. (ed). (2001). Space Storms and Space Weather Hazards. Kluwer Academic Press.
6 Davila, J. (2011a). Space Weather Monitoring Sensor. The Space Weather Instrument Workshop for GEO-KOMSAT-2. NMSC, pp.45-48.
7 Davila, J. (2011b). 2013year Vision and Preparation for the Space Weather Disasters (KISI).
8 KCC (2012). The Master Plan for the Space Radio Disaster Management. Korea Communication Committee.
9 Kyunghee University (2010). Prediction Model Development of Space Weather for the Space Weather Forecast. pp.171.
10 Moon, Y.-J. (2011). Space Data of the Space Weather Forecast Model. Korean. Geostationary Earth Orbit, Korea Multi-purpose SAT: GEO-KOMPSAT2, pp.115-132.
11 Namseoul University (2011). Implementation Study for the Space Weather Working Master Plan. National Meteorological Space Center(NMSC), pp.112.
12 Oh, J.-W. (2011). "Space weather disaster information systems on predictions against a solar maximum flare." Korean Geostationary Earth Orbit, Korea Multi-purpose SAT: GEO-KOMPSAT2, Korea Meteorological Administration, National Meteorological Space Center(KMA-NMSC), pp.71-86.
13 Oh, J.-W. (2012). "GIS based implementation of the communication networks disaster management systems for solar maximum." JC-SAT 2012 Conference Proceedings.
14 Oh, J.-W., Shin, D.-Y. (2011a). "An overview of prospective disasters from space weather by a solar eruption." Proceeding KAGIS Autumn Conference 2011 & the 13th KOREA & JAPAN International Symposium on GIS. The Korean Association of Geographic Information Studies, pp.212-214.
15 Oh, J.-W., Un, J.-W. (2011b). "Disaster reduction study on the solar maximum." Fall Symposium and Conference Proceeding, The Korean Geographical Society, pp.195-196.
16 Oh, J.-W., Kim, H.-G., Shin, D.-Y., Lee, M.-G. (2012a). "A Study on the space weather information systems." The Spring Conference Proceeding, The Association of Korean Photo-Geographers.
17 Oh, J.-W., Kim, H.-G. (2012b). "Application proposals of the GIS based disaster management." The Spring Conference Proceeding, The Korean Society of Disaster Information, pp.123-127.
18 Park, C.-B. (2002). Korean History's Puzzle on the Sky Recorded Universe and Our History. pp.252.
19 Tinsley, B.-A. (2000). "Influence of solar wind on the global electric circuit and inferred effects on cloud microscophysics temperature and dynamics in the troposphere." Space Science Reviews, pp.1-28.